Advanced Physics 10. By treating the hole as a blackbody, show that the energy density of photons radiated with energies in the range E and E+ dE is given by: u(E) dE = 2E ( (1) AT-1 de dE
Advanced Physics 10. By treating the hole as a blackbody, show that the energy density of photons radiated with energies in the range E and E+ dE is given by: u(E) dE = 2E ( (1) AT-1 de dE
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Transcribed Image Text:Advanced Physics
10. By treating the hole as a blackbody, show that the energy density of photons radiated with energies in the
range E and E+ dE is given by: u(E) dE = (
2E
1
dE
28/17-1
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